Copper ion Cu (II) as a toxic and carcinogenic component can be deposited in liver resulting
in subsequent abdominal pain, respiratory problems, liver and kidney failure. According to …

This study exclusively focused on the potential application of an inexpensive and
sustainable waste macro-algal biomass as an adsorbent for biosorption of copper ions from …

The aptitude of marine green algae Helimeda gracilis for sorption of Cu (II) ions from an
aqueous solution was studied in batch experiments. The effect of relevant parameters such …

Sorption experiments using the dead biomass of Spirogyra species, for copper removal
were carried out to study the influence and optimization of the biosorption of Cu (II). The …

The aim of this research work is to investigate sorption characteristics of brown algae
Sargassum bevanom (S. bevanom) for the removal of Cu (II) ions from aqueous solutions …

Intake of copper (II) heavy metal ions beyond certain permissible limit raises the risk of
cancer, liver damage, stomach discomfort and kidney failure. In present study dead green …

Batch studies were conducted to investigate the kinetics and isotherms of Cu (II) biosorption
on the biomass of green alga Spirogyra species. It is observed that the biosorption capacity …

Copper and lead ions in polluted water sources pose grave ecological and health concerns
to all living things. The processed biomass of Myrica esculenta was utilised as a biosorbent …

The ability of green micro algae Chlorella vulgaris for biosorption of Cu (II) ions from an
aqueous solution was studied. The biosorption process was affected by the solution pH …

In this study, the adsorption properties of two different marine algae (Ulva fasciata (green
algae) and Sargassum sp.(brown algae)) were investigated. Equilibrium isotherms and …